Densitron

Densitron develops display solutions tailored to the specific needs of customers around the world.

We adopt a consultative approach, working very closely with each client to gain real insight into their ultimate needs, and then creating innovative solutions.

Drawing on more than 40 years’ of experience in designing and customising displays and the embedded boards that drive them has kept us in touch with the latest developments in new technologies. As well as this depth of knowledge, we also have a real breadth of knowledge. With offices in Asia, Europe and North America we like to think we have global insight underpinned with being very much in touch with local market needs.

Being in touch with our clients also means manufacturing to consistently high standards. Our factories are carefully selected and rigorously audited. On site our highly skilled inspection and customised engineering teams are there to overcome any technical challenges that arise during product conceptualisation, design, manufacture or installation.

Densitron’s commitment is about gaining real insight to finding the right technology for each individual application. It’s also about being in touch with our customers’ needs. Providing them with fit-for-purpose solutions that deliver real value long term.

Latest Webinars, White Papers & more

In the field of vehicle diagnosis, the use of Ethernet provides significant improvements in comparison to established methods. But the use of Automotive Ethernet requires rethinking in the development process and validation of such networks.

This White Paper will identify the pros and cons of Single Board Computers and Computer-on-Modules, exploring the technical differences and unique features of both and will also examine the implications of choosing one platform over another from a business perspective.

This White Paper explains how to boot your new Intel IoT design as quickly as possible with minimum fuss. Learn how to take advantage of the boot speed, security, scalability and set of tools to speed your IoT device development lifecycle.

In this article, we will look at some of the issues surrounding thermal management, before highlighting particular innovations that will assist designers in meeting their objective of maximizing heat dissipation while utilising minimal space.

This is the perfect webinar for AUTOSAR software engineers who want to learn how to utilize the many cores of an AURIX multi-core architecture in an efficient manner with the Tresos tool. During the webinar it will be explained by a simple example how to utilize the presented content to distribute three software components to two cores.

A new breed of designers has arrived that is leveraging inexpensive sensors to build the intelligent systems at the edge of the IoT. They require a proof-of-concept in order to make a fast go/no-go decision and then they rapidly implement solutions using integrated tool flows that allow them to quickly develop hardware, embedded software, and unique formfactor PCBs.

In this paper, we look at how to effectively use APIs in development, the benefits of testing at the API layer, and how to lower the technical skills required for API testing by using artificial intelligence.

NXP introduces a programmable logic unit (PLU) to the LPC family of Microcontrollers. Join us for this webinar to see how easy it is set up the PLU as we will explore several real-world examples of the challenges many face, but can be overcome with this unique feature.

In this webinar the advantages of IGBT modules with integrated shunts as an alternative to Hall Effect sensors will be introduced. The attendee will learn why shunt modules enable a reduction of mechanical components, inverter size, production effort and risks, which finally leads to significant reductions in system costs of the inverter design.

While Connected Home adoption continues to expand, we are looking ahead to the next phase, developing the technology that will guide the transition to homes that grow more proactive and automated than we can currently imagine.

The risk of IoT devices being attacked, modified or misused is high. As such, secured software updates are one of the most critical features of connected devices. This paper provides a comprehensive summary of theoretical approaches and recipes for practical implementation.

IEC 62443 is a comprehensive standard for industrial security and widely praised for its use of practical but effective countermeasures. In this webinar, Infineon’s industrial security experts will provide an introduction to IEC 62443.

In this webinar, you will learn more about ST Power Modules, how to reduce your design time and efforts with ACEPACK product portfolio of highly-integrated, high-efficiency power modules for flexible and robust designs ranging up to 30kW.

This webinar will review the design of the DC link system using optimized solutions based on standard capacitors integrated onto a laminated busbar. The webinar is beneficial for mechanical and electrical engineers involved in developing power systems and other critical applications.

Devices which are connected to the Internet must be inherently secure from time of birth. A fundamental first step is to incorporate a Secure Element which store important security information in protected way. Secure Elements need to be pre-programmed, or provisioned, in order to be useful.

During this webinar, you’ll learn how to weigh up the differences between private and public clouds and to use the AE-CLOUD1 kit to quickly interact with one of the currently supported public clouds. We will show how to leverage the Renesas Synergy Platform to establish a secure internet connection.

In this webinar, we will introduce a 80/20 development model with ADLINK’s modularized Smart Panel as an embedded building block and go in depth into how to take advantage of the 80/20 development model to cater to specific vertical markets.

This webinar will introduce a groundbreaking low power BLE device from Panasonic Industry, offering years of operation using only a CR2032 Battery for simple, prompt and sound IoT designs. The webinar will show that designing the PAN1760A Series into any IoT device is an easy task.

In this webinar, we feature the design and development of a field oriented control for a permanent magnet synchronous motor using NXP MagniV microcontroller. The workflow will guide you through model simulation using SIL/PIL models.

This white paper introduces the Quicksilver evaluation kit which caters to a diverse array of IoT applications, ranging from home appliances to smart buildings to energy meters. Powered by a Cypress SoC solution, the kit combines IEEE 802.11 a/b/g/n wireless connectivity with an embedded applications processor.

When upgrading your hardware platform to a newer and more powerful CPU with more, faster cores, you expect the application to run faster. In many cases, however this is not the case. In this paper, we examine what causes these performance issues.